The general equation for the electric and the magnetic field as per the electromagnetic theory is, \E\ = Emax. cos(kx – or) %3D B = Bmax. Cos (kx –or) The energy per unit volume in an electric field is. 1 UE 2 The energy per unit volume in a magnetic field is, 1 B? UM 2 Ho Also, the energy density and the total energy associated with the magnetic field and the 1 (E×B). Ho electric field are equal. The rate with the energy flows in an EM wave is S = - In the positive x direction, a plane EM wave varies sinusoidally at 99 MHz and the peak value of the electric field is 2 mV/m and it is moving in the ±y direction. The average density in the radiation is, (a) 1.75 ×10-14 J/m³ (b) 1.5 J/m? (с) 30x10-13 J/m> (d) 0.755 x10-14 J/m³

The general equation for the electric and the magnetic field as per the electromagnetic theory is, \E\ = Emax. cos(kx – or) %3D B = Bmax. Cos (kx –or) The energy per unit volume in an electric field is. 1 UE 2 The energy per unit volume in a magnetic field is, 1 B? UM 2 Ho Also, the energy density and the total energy associated with the magnetic field and the 1 (E×B). Ho electric field are equal. The rate with the energy flows in an EM wave is S = - In the positive x direction, a plane EM wave varies sinusoidally at 99 MHz and the peak value of the electric field is 2 mV/m and it is moving in the ±y direction. The average density in the radiation is, (a) 1.75 ×10-14 J/m³ (b) 1.5 J/m? (с) 30x10-13 J/m> (d) 0.755 x10-14 J/m³

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

In a nuclear experiment a photon with kinetic energy 6.0 MeV moves in a circular path in a uniform magnetic field. If the magnetic field is B= 1.7 T what is the radius of the orbit?
help pls last attempt
What is k r x w and t?
A -0.4μc charge is found at point A (34, 2, -1) in (mm) and a second 0.8 nC charge is found at point B (-3, 8, -6) in cm. Find the electric intensity
For the magnetic field strength of a current loop, if we make the μ=2μ0, will any changes occur on the values? (μ0=4π10-7 T.m/A)
1. Take e/m to be the accepted value of 1.76-10¹¹ C/kg. For a plate voltage of 100 volts and a circular beam of radius 3.0 cm, what would you expect the required magnetic field B to be? Assume that the above magnetic field is produced by two Helmholtz coils, and assume that each coil has 119 turns, a radius of 106 mm, and a separation of 106 mm. What cur- rent I is required to achieve the expected magnetic field?
How are the SI units of magnetic field kg/(C*s)? Is there an equation where the units for magnetic field equation will simplify to kg/C*s?
I need the answer as soon as possible
A beam of electrons with velocity vx = 5 x105 m/s is introduced into a uniform magnetic field Bz = 30 mTesla. An electric field Ey is applied perpendicular to both the initial velocity and the magnetic field. What value of electric field must be applied to leave the electron beam undeflected?
A current wire of length 43 cm placed in a magnetic field of 0.46 T such that it makes an angle 44° to the field and experiences a 2.24 N force. Calculate the current in the wire in amperes?
None
Integrated Concepts Electromagnetic radiation from a 5.00-mW laser is concentrated on a 1.00-mm2 area. If the static charge moves at 400 m/s, what maximum magnetic force can it feel?